CN203840853U - Novel bare-place solar greenhouse structure - Google Patents

Novel bare-place solar greenhouse structure Download PDF

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Publication number
CN203840853U
CN203840853U CN201420216441.0U CN201420216441U CN203840853U CN 203840853 U CN203840853 U CN 203840853U CN 201420216441 U CN201420216441 U CN 201420216441U CN 203840853 U CN203840853 U CN 203840853U
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CN
China
Prior art keywords
greenhouse
wall
solar greenhouse
greenhouse structure
galvanizing
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201420216441.0U
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Chinese (zh)
Inventor
殷学云
柴再生
刘华
杨茂元
蒋宏
张国森
葛亮
李萍
毛德新
崔海成
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SUZHOU DISTRICT VEGETABLE TECHNOLOGY SERVICE CENTER
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SUZHOU DISTRICT VEGETABLE TECHNOLOGY SERVICE CENTER
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Priority to CN201420216441.0U priority Critical patent/CN203840853U/en
Application granted granted Critical
Publication of CN203840853U publication Critical patent/CN203840853U/en
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/25Greenhouse technology, e.g. cooling systems therefor

Abstract

The utility model relates to a novel bare-place solar greenhouse structure. The novel bare-place solar greenhouse structure comprises a piling wall, a hot-dip galvanizing steel roof truss, a back wall piling insulating layer, a back roof insulating layer, a front operating way, a concrete beam and an inclined steel beam. The novel bare-place solar greenhouse structure is characterized in that the outer side of the piling wall is provided with the back wall piling insulating layer, the upper portion of the piling wall is provided with the concrete beam, the upper portion of the concrete beam is connected with the lower end of the inclined steel beam, the outer side of the inclined steel beam is provided with the back roof insulating layer, the top of the inclined steel beam and the hot-dip galvanizing steel roof truss are connected in a welding mode, the lower end of the hot-dip galvanizing steel roof truss is buried under the ground, and the front operating way is located on the inner side of the front edge of a greenhouse. The novel bare-place solar greenhouse structure has the advantages that the service life of the solar greenhouse can be prolonged through the piling wall, the height of the greenhouse can be increased by arranging the inclined steel beam on the upper portion of the piling wall, the plants can better receive solar radiation, three cross rods arranged at equal intervals are arranged on the inclined steel beam, cross rods are arranged on the hot-dip galvanizing steel roof truss at equal intervals, and a main framework of the greenhouse can be firmer and more stable.

Description

A kind of uncultivated area novel solar greenhouse structure
Technical field
The utility model relates to a kind of greenhouse by solar heat, is specially a kind of uncultivated area novel solar greenhouse structure.
Background technology
Relatively barren in northern soil, people take on the low side, and in order to increase income, many people start to build green house, existing greenhouse by solar heat kind is a lot, digs formula greenhouse by solar heat, ramp type greenhouse by solar heat, without column greenhouse by solar heat and there is column greenhouse by solar heat under having.
In recent years, uncultivated area greenhouse by solar heat in northwest five provinces and regions development rapidly, but because environment is more severe, frequent natural calamity, tradition greenhouse by solar heat is built according to ground level, run into strong wind weather, easily pulled canopy film by wind, run into extreme low temperature weather, insulating power declines, be difficult to withstand natural calamities, in addition traditional greenhouse by solar heat is built standard disunity, greenhouse space availability is less, labor cost increases year by year, cause Greenhouse Construction cost to strengthen, as Chinese patent 200820017981.0 and 201120396483.3, column is located in greenhouse and can takies very large space, all inconvenient for plantation and mechanized operation.For this reason, research and develop that a kind of anti-disaster ability is strong, good heat insulating, space availability ratio is high, construction material is easy to get, labor is few, overall lower-cost greenhouse structure is imperative.
Summary of the invention
In order to address the above problem, the purpose of this utility model is to provide that a kind of heat-insulating property is good, space availability ratio is high, construction material is easy to get, labor, overall cost is lower, the ability of withstanding natural calamities strong, be convenient to centralized planning beat build, the uncultivated area novel solar greenhouse structure of long service life.
To achieve these goals, by the following technical solutions, the utility model comprises piling builds a wall 1, galvanizing by dipping steel roof truss 2, back wall is piled up heat-insulation layer 3, rear roofing heat-insulating layer 4, front operation road 5, concrete crossbeam 6, tiltedly girder steel 7, it is characterized in that, heap 1 outside of building a wall is provided with back wall and piles up heat-insulation layer 3, pile 1 top of building a wall and be provided with concrete crossbeam 6, concrete crossbeam 6 tops are connected with oblique girder steel 7 lower ends, tiltedly girder steel 7 outsides are provided with rear roofing heat-insulating layer 4, tiltedly girder steel 7 tops and galvanizing by dipping steel roof truss 2 weld, ground is imbedded in galvanizing by dipping steel roof truss 2 lower ends, front operation road 5 is positioned at inner side, forward position, greenhouse.
Further, greenhouse faces south while building, positive south by west 5-10 ° of interior span 10m, the high 4.6m of ridge, length 50m, tiltedly 45 °, girder steel 7 elevation angle, tiltedly 1.2 meters of girder steel 7 projections, 12 meters of greenhouse fore-and-aft clearances.
Further, heap builds a wall 1 for the stone of bottom width 1.5m, top width 0.6m, high 2.6m grouts body of wall,
Further, the high 0.2m of concrete crossbeam 6, wide 0.5m, built-in bar built-in fitting.
Further, back wall piles up the sandstone digging out in heat-insulation layer 3 use original places and piles up, bottom width is 2.5m, top width is 0.6m, height 2.9m.
Further, rear roofing heat-insulating layer 4 is the styrofoam of thickness 15cm, outsidely wrap up with color sheetmetal.
Further, forward position in greenhouse, front operation road 5, compared with the low 30cm of greenhouse culture face, wide 1.2m, with concrete prefabricated.
Further, the flat oval hot galvanized steel pipe of galvanizing by dipping steel roof truss 2 use specification 80x30x1.6mm makes, the spacing of every two galvanizing by dipping steel roof trusses 2 is 1m, makees cross bar with diameter 25mm coating steel pipe, tiltedly girder steel 7 is provided with three equidistant cross bars.Front roof cambered surface width 10.5m, the equidistant 5 road cross bars that arrange of galvanizing by dipping steel roof truss 2.
The utility model beneficial effect is as follows:
1) adopt heap to build a wall for 1 service life that can extend greenhouse by solar heat.
2) be provided with oblique girder steel 7 and can increase the height of green house on heap 1 top of building a wall, can make plant better be subject to illumination.
3) tiltedly girder steel 7 is provided with three equidistant cross bars, and the equidistant 5 road cross bars that arrange of galvanizing by dipping steel roof truss 2 can make the main body framework of green house more solid firmly.
Brief description of the drawings
Fig. 1 is the utility model structure chart
In figure: heap builds a wall 1, galvanizing by dipping steel roof truss 2, back wall are piled up heat-insulation layer 3, rear roofing heat-insulating layer 4, front operation road 5, concrete crossbeam 6, oblique girder steel 7.
Embodiment
Example 1
A kind of uncultivated area novel solar greenhouse structure as described in Figure 1, comprise piling and build a wall 1, galvanizing by dipping steel roof truss 2, back wall is piled up heat-insulation layer 3, rear roofing heat-insulating layer 4, front operation road 5, concrete crossbeam 6, tiltedly girder steel 7, it is characterized in that, heap 1 outside of building a wall is provided with back wall and piles up heat-insulation layer 3, pile 1 top of building a wall and be provided with concrete crossbeam 6, concrete crossbeam 6 tops are connected with oblique girder steel 7 lower ends, tiltedly girder steel 7 outsides are provided with rear roofing heat-insulating layer 4, tiltedly girder steel 7 tops and galvanizing by dipping steel roof truss 2 weld, ground is imbedded in galvanizing by dipping steel roof truss 2 lower ends, front operation road 5 is positioned at inner side, forward position, greenhouse.
Described greenhouse faces south while building, positive south by west 5-10 ° of interior span 10m, the high 4.6m of ridge, length 50m, tiltedly 45 °, girder steel 7 elevation angle, tiltedly 1.2 meters of girder steel 7 projections, 12 meters of greenhouse fore-and-aft clearances.
Described heap builds a wall 1 for the stone of bottom width 1.5m, top width 0.6m, high 2.6m grouts body of wall,
The high 0.2m of described concrete crossbeam 6, wide 0.5m, built-in bar built-in fitting.
Described back wall is piled up the sandstone digging out in heat-insulation layer 3 use original places and is piled up, and bottom width is 2.5m, and top width is 0.6m, height 2.9m.
Described rear roofing heat-insulating layer 4 is the styrofoam of thickness 15cm, outside with color sheetmetal parcel.
Forward position in greenhouse, described front operation road 5, compared with the low 30cm of greenhouse culture face, wide 1.2m, with concrete prefabricated.
The flat oval hot galvanized steel pipe of described galvanizing by dipping steel roof truss 2 use specification 80x30x1.6mm is made, and the spacing of every two galvanizing by dipping steel roof trusses 2 is 1m, makees cross bar with diameter 25mm coating steel pipe, and tiltedly girder steel 7 is provided with three equidistant cross bars.Front roof cambered surface width 10.5m, the equidistant 5 road cross bars that arrange of galvanizing by dipping steel roof truss 2.
In the time building the utility model framework, first will determine orientation, orientation faces south, positive south by west 5-10 °, size of the present utility model is defined as interior span 10m, the high 4.6m of ridge, length 50m, tiltedly 45 °, girder steel 7 elevation angle, tiltedly 1.2 meters of girder steel 7 projections, 12 meters of greenhouse fore-and-aft clearances, framework is built afterwards and is covered and fix with canopy film, finally at the installation built-in fitting of digging pit in centre position, forward position, greenhouse, installation and debugging shutter after solidifying, completes the work of building in greenhouse, now can use.

Claims (8)

1. a uncultivated area novel solar greenhouse structure, comprise and pile build a wall (1), galvanizing by dipping steel roof truss (2), back wall is piled up heat-insulation layer (3), rear roofing heat-insulating layer (4), front operation road (5), concrete crossbeam (6), tiltedly girder steel (7), it is characterized in that, heap (1) outside of building a wall is provided with back wall and piles up heat-insulation layer (3), pile (1) top of building a wall and be provided with concrete crossbeam (6), concrete crossbeam (6) top is connected with oblique girder steel (7) lower end, tiltedly girder steel (7) outside is provided with rear roofing heat-insulating layer (4), tiltedly girder steel (7) top and galvanizing by dipping steel roof truss (2) welding, ground is imbedded in galvanizing by dipping steel roof truss (2) lower end, front operation road (5) is positioned at inner side, forward position, greenhouse.
2. a kind of uncultivated area novel solar greenhouse structure as claimed in claim 1, it is characterized in that, when building, greenhouse faces south, positive south by west 5-10 ° of interior span 10m, the high 4.6m of ridge, length 50m, tiltedly 45 °, girder steel (7) elevation angle, tiltedly 1.2 meters of girder steel (7) projections, 12 meters of greenhouse fore-and-aft clearances.
3. a kind of uncultivated area novel solar greenhouse structure as claimed in claim 1, is characterized in that, the heap stone that (1) be bottom width 1.5m, top width 0.6m, high 2.6m of building a wall grouts body of wall.
4. a kind of uncultivated area novel solar greenhouse structure as described in claim 1, is characterized in that, the high 0.2m of concrete crossbeam (6), wide 0.5m, built-in bar built-in fitting.
5. a kind of uncultivated area novel solar greenhouse structure as claimed in claim 1, is characterized in that, back wall is piled up the sandstone that heat-insulation layer (3) digs out with original place and piled up, and bottom width is 2.5m, and top width is 0.6m, height 2.9m.
6. a kind of uncultivated area novel solar greenhouse structure as claimed in claim 1, is characterized in that, rear roofing heat-insulating layer (4) is the styrofoam of thickness 15cm, outside with color sheetmetal parcel.
7. a kind of uncultivated area novel solar greenhouse structure as claimed in claim 1, is characterized in that, forward position in greenhouse, front operation road (5), and compared with the low 30cm of greenhouse culture face, wide 1.2m, with concrete prefabricated.
8. a kind of uncultivated area novel solar greenhouse structure as claimed in claim 1, it is characterized in that, galvanizing by dipping steel roof truss (2) is made with the flat oval hot galvanized steel pipe of specification 80x30x1.6mm, the spacing of every two galvanizing by dipping steel roof trusses (2) is 1m, make cross bar with diameter 25mm coating steel pipe, tiltedly girder steel (7) is provided with three equidistant cross bars, front roof cambered surface width 10.5m, the equidistant setting of galvanizing by dipping steel roof truss (2) (5) road cross bar.
CN201420216441.0U 2014-04-29 2014-04-29 Novel bare-place solar greenhouse structure Expired - Fee Related CN203840853U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420216441.0U CN203840853U (en) 2014-04-29 2014-04-29 Novel bare-place solar greenhouse structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420216441.0U CN203840853U (en) 2014-04-29 2014-04-29 Novel bare-place solar greenhouse structure

Publications (1)

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CN203840853U true CN203840853U (en) 2014-09-24

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Country Status (1)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104963427A (en) * 2015-06-30 2015-10-07 中国农业大学 Sunlight greenhouse wall and preparation method thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104963427A (en) * 2015-06-30 2015-10-07 中国农业大学 Sunlight greenhouse wall and preparation method thereof

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Granted publication date: 20140924

Termination date: 20150429

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